Um mundo aberto completo em Unreal Engine 5 chega hoje ao Switch 2 — com engasgos

The Elder Scrolls IV: Oblivion Remastered reaches Nintendo Switch 2 today, August 11. It is one of the more interesting technical shipments of the year for anyone who builds in Unreal: the remaster runs an Unreal Engine 5 renderer on top of the original 2006 game's own legacy code, and this is that hybrid's first outing on a handheld.

The targets, per Notebookcheck's pre-release breakdown: 900p in handheld, 1080p docked, 30fps in both, with DLSS upscaling in each mode. There is no 60fps option. Mouse mode and motion controls are supported.

What launch-day testing found

• Enclosed spaces — interiors, dungeons, towns — generally hold the 30fps target.
• Open-world traversal still stutters. It is the same hitching the remaster has carried on every platform since its April 2025 release, not a Switch 2 regression.
• The result landed better than the leaked pre-release footage implied: that capture showed drops under 30fps docked, while launch testing calls the port broadly playable.
• Nintendo Life's review scores it as a solid update of the original RPG rather than a technical showcase.

That gap between the leak and the retail build is worth noting on its own. A single captured video of a pre-release build is a weak basis for a performance verdict, and this is the second time this year a Switch 2 port has read worse in a leak than in testers' hands.

Why this one is worth a creator's attention

Resolution was never the hard part. DLSS is doing real work here — 900p reconstructed to a handheld panel looks fine, and Notebookcheck describes the image as reasonably sharp rather than smeared. What DLSS cannot fix is the traversal hitch, because that cost is not in the pixels. It is streaming and CPU-side work arriving in a lump when the camera crosses into new world space, and an upscaler runs after that damage is already done.

The read for island builders is the same one that keeps coming back: your worst frames are almost always a loading problem wearing a rendering costume. If a lap of your island crosses a boundary that triggers a burst of spawns, streamed assets or Verse work, no amount of visual trimming will smooth it — the fix is spreading that work out, or paying it earlier. A UE5 open world dropping frames at exactly the moment it leaves a building is a very expensive demonstration of the principle.

One caveat: Oblivion Remastered is not a UEFN project and its engine mix is unusual — a modern renderer bolted to a two-decade-old simulation layer. Do not read its frame rate as a ceiling for what Switch 2 can do with Unreal. Read it as evidence about *where* the cost lands on that hardware, which is the part that generalises.